Zapier to n8n Migration Path with Translation Table

When you switch from Zapier to n8n, you start with a blank canvas and a question that doesn't answer itself: What is the n8n equivalent of what was called "Paths" in Zapier, and which Node do you use to build that? Zapier and n8n solve the same automation problems, but use different terms and a different modular principle. Without a translation table, you spend the first migration hours searching instead of building.

This article translates the most important Zapier building blocks, including Zapier's own apps, into their n8n equivalents and links directly to the matching pages of the official n8n documentation. As of: July 2026.

Fundamentals: From Zap to Workflow

Before translating the individual steps, it's worth looking at the structure. A Zap in Zapier consists of a Trigger and a fixed chain of Steps that are processed from top to bottom. An n8n Workflow, on the other hand, is a canvas with Nodes that can be freely connected, including multiple Triggers and parallel branches in a single Workflow. The n8n documentation for working with Nodes describes the fundamental difference between two Node types: Trigger-Nodes start the Workflow in response to an event and are recognizable by the lightning bolt symbol, while Action-Nodes perform the actual tasks, changing data or communicating with external systems. Every productive Workflow needs at least one Trigger-Node, but can contain any number of Action-Nodes.

The Overview of Node Types adds two more categories that don't exist in Zapier that way: Core Nodes for generic logic such as scheduling or API calls, and Cluster Nodes where a main Node works together with sub-Nodes, for example with AI agents. Those coming from Zapier have only known pre-built app integrations and Zapier's own tools so far. In n8n, the Core Nodes add additional, universally usable building blocks that replace many of Zapier's built-in helpers.

The Translation Table: Zapier Term to n8n Node

The following list matches the most common Zapier building blocks to their n8n counterparts. In ambiguous cases, the appropriate n8n variant depends on the specific logic in the Zap, which is why some points have two options.

• Zap → Workflow. The entire automation is called Workflow in n8n, not Zap. Unlike a Zap, a Workflow can have multiple Triggers at the same time.
• Trigger (App-Trigger) → Trigger-Node. Each Zapier app-Trigger has a corresponding Trigger-Node in n8n, identifiable by the lightning bolt symbol in the Node search, see the Nodes documentation.
• Action/Step → Action-Node. Every regular Zapier Step that performs a task corresponds to an Action-Node in n8n.
• Webhooks by Zapier (Catch Hook) → Webhook-Node. The Webhook-Node receives incoming HTTP calls and starts the Workflow with it, just like Zapier's "Catch Hook" Trigger. It also provides separate test and production URLs.
• Webhooks by Zapier (Send data) → HTTP Request Node. For outgoing API calls to any REST services, in n8n the HTTP Request Node takes this role, including header auth, pagination, and the import of ready-made curl commands.
• Schedule by Zapier → Schedule Trigger Node. Time-based Zaps correspond to the Schedule Trigger Node, which covers intervals from seconds to custom Cron expressions.
• Filter by Zapier → Filter-Node. The Filter-Node lets records that meet a condition continue and discards all others, just like Zapier's Filter stops a Zap if the condition isn't met.
• Paths by Zapier → IF-Node or Switch-Node. For a simple two-way split with exactly two possible paths, the IF-Node. If more than two paths are needed, as with multiple Paths branches in Zapier, the Switch-Node is the more direct equivalent because it can control any number of outputs via rules or expressions.
• Formatter by Zapier → Edit Fields (Set) Node or Code-Node. For simple field changes like setting new values or renaming existing ones, the Edit Fields (Set) Node with its graphical field mapping is sufficient. For more complex text transformations, date calculations or number logic that Formatter covers in Zapier via dropdown selection, in n8n usually the Code-Node with custom JavaScript or Python takes over.
• Delay by Zapier → Wait-Node. The Wait-Node pauses the Workflow, either for a fixed time interval, until a specific time, until a Webhook arrives or until a form is filled out. The latter is not known to Zapier's Delay tool in this form.
• Looping by Zapier → Loop Over Items (Split in Batches) Node. Repeated actions over a list of values run in n8n via the Loop Over Items Node, which splits data into groups and processes it iteratively.
• Multiple parallel Zaps that should converge at the end → Merge-Node. Where Zapier often requires multiple separate Zaps because results from different sources can't be merged back together, the Merge-Node combines multiple data streams in a single Workflow, by concatenation, by matching on common fields, or even via SQL query.
• Storage by Zapier → n8n Data Tables or a real database. For persistent values between runs, n8n offers a built-in table storage with Data Tables; for larger data volumes, an external database via HTTP Request or a matching Node is usually the more robust choice.

Why a 1:1 Translation Doesn't Always Work Out

A Zap with five Steps doesn't automatically become an n8n Workflow with five Nodes. Zapier's linear structure often forces you to split a problem across multiple separate Zaps, for example because a Zap only knows one Trigger and one fixed path. In n8n, several of these Zaps can often be combined into a single Workflow with multiple Triggers or parallel branches that converge again via a Merge-Node. This changes not only the number of Nodes but also the logic: if you translate strictly Step by Step, you unnecessarily carry over the detours of the old Zapier structure instead of taking advantage of n8n's capabilities.

Another difference lies in data types. The IF-Node, Switch-Node and Filter-Node work in n8n with the same six data types (String, Number, Date & Time, Boolean, Array, Object) and the same type-specific comparison operators. This is stricter than Zapier's often more lenient condition logic and makes conditions a bit unusual at first, but more predictable in later operation.

Practical Steps for Migration

For the switch itself, a step-by-step approach has proven effective, rather than converting all Zaps at once:

• First, sort your running Zaps by complexity and start with the simplest ones, such as a Zap with one Trigger and two to three Steps.
• For each Zap, go through the translation table above and note the appropriate n8n Nodes before building the Workflow.
• Run the new n8n Workflow in parallel with the existing Zap and compare the results for a while before disabling the Zap.
• Only after that, check whether multiple related Zaps can be combined into a single, cleaner n8n Workflow.

For companies that don't want to handle this switch on the side, NordFlux takes over the setup and migration of such Workflows as part of the n8n automation. You retain control of the logic and data while the technical conversion of individual Zaps to n8n Workflows is guided externally.

Frequently Asked Questions

Can a Zap be automatically imported to n8n?

No, there is no automatic importer from Zapier to n8n. Each Zap must be manually rebuilt as an n8n Workflow based on its Triggers and Steps, for which the translation table in this article serves as a starting point.

What is the n8n equivalent of Paths by Zapier?

For exactly two possible paths, the IF-Node is the direct equivalent. For three or more paths, as is common with more complex Paths configurations, the Switch-Node more cleanly represents the branching with multiple outputs.

Do I need programming knowledge for every Zapier Formatter step in n8n?

Not necessarily. Simple field changes can be mapped graphically via the Edit Fields (Set) Node. Only with more complex transformations, which were solved in Zapier via nested Formatter options, is the Code-Node with custom JavaScript or Python the more practical solution.

How do I handle Zaps that use multiple separate Zaps for one problem?

Such constructions often arise from Zapier's structural limitations. During migration, it's worth checking whether the related Zaps can be combined in a single n8n Workflow with multiple Triggers and a Merge-Node at the end, rather than simply rebuilding the separate structure.

What do I do with Zaps that use Storage by Zapier?

For smaller, permanently needed values, n8n offers built-in Data Tables as a replacement. For larger or growing data volumes, switching to a real database makes more sense, connected via the HTTP Request Node or an appropriate database Node.